Mercurial > hg > xemacs-beta
view lisp/mule/arabic.el @ 147:e186c2b7192d xemacs-20-2
Added tag r20-2p1 for changeset 2af401a6ecca
| author | cvs |
|---|---|
| date | Mon, 13 Aug 2007 09:34:48 +0200 |
| parents | 131b0175ea99 |
| children | 5a88923fcbfe |
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;;; arabic.el --- minor mode for editing Arabic. ;; Copyright (C) 1994 Free Software Foundation, Inc. ;; This file is part of XEmacs. ;; XEmacs is free software; you can redistribute it and/or modify it ;; under the terms of the GNU General Public License as published by ;; the Free Software Foundation; either version 2, or (at your option) ;; any later version. ;; XEmacs is distributed in the hope that it will be useful, but ;; WITHOUT ANY WARRANTY; without even the implied warranty of ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ;; General Public License for more details. ;; You should have received a copy of the GNU General Public License ;; along with XEmacs; see the file COPYING. If not, write to the ;; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ;; Boston, MA 02111-1307, USA. ;;; Synched up with: Mule 2.3. ;;; 94.6.13 created for Mule Ver.1.1 by Takahashi N. <ntakahas@etl.go.jp> (require 'visual-mode) (defvar arabic-mode-indicator " [2](3=a:GJ[0](B" "String displayed in mode-line. \" Arabic\" for Arabic keyboard input, \" [2](3=a:GJ[0](B\".") (make-variable-buffer-local 'arabic-mode-indicator) ;;;###autoload (defvar arabic-mode nil "Non-nil if in arabic-mode.") (make-variable-buffer-local 'arabic-mode) (if (not (assq 'arabic-mode minor-mode-alist)) (setq minor-mode-alist (cons '(arabic-mode arabic-mode-indicator) minor-mode-alist))) (define-key global-map [(meta \\)] 'arabic-mode) (defvar arabic-input-arabic-char t "Non-nil if key input is Arabic. Nil if key input is ASCII.") (make-variable-buffer-local 'arabic-input-arabic-char) (defvar arabic-input-keymap 'arabic-keymap-0 "Specify which input table is used for Arabic input. Should be on of: arabic-keymap-0 (default), arabic-keymap-1 (Farsi standard), or arabic-keymap-2 (Microsoft Arabic).") (defvar arabic-translate-table (cond ((eq arabic-input-keymap 'arabic-keymap-0) [?[2](3![0](B ?[2](3"[0](B ?[2](3-[0](B nil nil nil nil ?' ?[2](3#[0](B ?[2](3$[0](B nil nil ?[2](3%[0](B nil ?[2](3&[0](B ?[2](49[0](B ?(2!(B ?(2"(B ?(2#(B ?(2$(B ?(2%(B ?(2&(B ?(2'(B ?(2((B ?(2)(B ?(2*(B ?[2](3'[0](B ?[2](3([0](B ?[2](3*[0](B nil ?[2](3+[0](B ?[2](3)[0](B nil ?[2](4][0](B nil ?[2](4g[0](B ?[2](4A[0](B nil nil ?[2](4O[0](B ?[2](4-[0](B nil nil ?[2](41[0](B nil nil nil nil nil nil nil ?[2](4=[0](B ?[2](4E[0](B nil nil nil ?[2](3h[0](B nil ?[2](4I[0](B nil nil nil nil nil ?[2](4M[0](B ?[2](38[0](B ?[2](4#[0](B ?[2](4'[0](B ?[2](3B[0](B nil ?[2](4Q[0](B ?[2](4k[0](B ?[2](3Z[0](B nil ?[2](4)[0](B ?[2](4U[0](B ?[2](4Y[0](B ?[2](3T[0](B ?[2](4[[0](B ?[2](3<[0](B ?[2](4e[0](B ?[2](4S[0](B ?[2](3F[0](B ?[2](45[0](B ?[2](4%[0](B nil nil ?[2](3^[0](B ?[2](3D[0](B ?[2](4_[0](B ?[2](3H[0](B nil ?| nil nil]) ((eq arabic-input-keymap 'arabic-keymap-1) [?[2](3![0](B ?[2](3"[0](B nil nil nil nil nil nil ?[2](3#[0](B ?[2](3$[0](B nil nil ?[2](3%[0](B nil ?[2](3&[0](B nil ?(2!(B ?(2"(B ?(2#(B ?(2$(B ?(2%(B ?(2&(B ?(2'(B ?(2((B ?(2)(B ?(2*(B ?[2](3'[0](B ?[2](4U[0](B ?[2](3*[0](B nil ?[2](3+[0](B ?[2](3)[0](B nil nil ?[2](3h[0](B nil nil nil ?[2](4e[0](B ?[2](3.[0](B nil nil nil nil nil nil nil nil nil nil nil nil nil nil ?[2](30[0](B nil nil nil nil ?[2](4)[0](B nil ?[2](4g[0](B nil nil nli ?[2](49[0](B ?[2](3H[0](B ?[2](3D[0](B ?[2](4_[0](B ?[2](4S[0](B ?[2](4#[0](B ?[2](38[0](B ?[2](4%[0](B nil ?[2](4Y[0](B ?[2](4[[0](B ?[2](3T[0](B ?[2](3^[0](B ?[2](3F[0](B ?[2](41[0](B ?[2](4-[0](B ?[2](4A[0](B ?[2](4Q[0](B ?[2](45[0](B ?[2](4O[0](B ?[2](3Z[0](B ?[2](3B[0](B ?[2](4=[0](B ?[2](4E[0](B ?[2](4M[0](B ?[2](4I[0](B nil nli nil nil ]) (t [?[2](3![0](B ?[2](3"[0](B ?\" ?# ?$ ?% ?& ?' ?[2](3#[0](B ?[2](3$[0](B ?* ?+ ?[2](3^[0](B ?- ?[2](3H[0](B ?[2](4I[0](B ?(2!(B ?(2"(B ?(2#(B ?(2$(B ?(2%(B ?(2&(B ?(2'(B ?(2((B ?(2)(B ?(2*(B ?[2](3'[0](B ?[2](4U[0](B ?, ?= ?. ?[2](3)[0](B ?@ nil ?[2](3b[0](B ?{ ?[ nil ?] ?[2](3c[0](B ?[2](30[0](B nil nil ?[2](3%[0](B ?/ ?` ?[2](3.[0](B nil ?[2](3([0](B nil nil nil ?[2](3d[0](B ?' ?} nil nil ?[2](34[0](B ?~ ?[2](4)[0](B ?\\ ?[2](3B[0](B ?^ ?_ ?[2](3D[0](B ?[2](49[0](B ?[2](3e[0](B ?[2](32[0](B ?[2](4_[0](B ?[2](4'[0](B ?[2](4#[0](B ?[2](4Y[0](B ?[2](38[0](B ?[2](3Z[0](B ?[2](4%[0](B ?[2](4[[0](B ?[2](3T[0](B ?[2](3<[0](B ?[2](4][0](B ?[2](41[0](B ?[2](4-[0](B ?[2](4A[0](B ?[2](4S[0](B ?[2](45[0](B ?[2](4Q[0](B ?[2](4M[0](B ?[2](3F[0](B ?[2](4=[0](B ?[2](3-[0](B ?[2](4O[0](B ?[2](4)) (defvar arabic-mode-map (let ((map (make-keymap))) (substitute-key-definition 'self-insert-command 'arabic-self-insert-command map global-map) (define-key map [(control c) (control c)] 'arabic-mode) (define-key map [(control d)] 'arabic-delete-char) (define-key map [(control k)] 'arabic-kill-line) (define-key map [(control m)] 'arabic-newline) (define-key map [(control o)] 'arabic-open-line) (define-key map [(control w)] 'arabic-kill-region) (define-key map [(control y)] 'arabic-yank) (define-key map [delete] 'arabic-backward-delete-char) (define-key map [(meta d)] 'arabic-delete-word) (define-key map [(meta y)] 'arabic-yank-pop) (define-key map [(meta z)] 'arabic-help) (define-key map [(meta \\)] 'arabic-toggle-input-char) (define-key map [(meta delete)] 'arabic-backward-kill-word) (define-key map [(control n)] 'visual-next-line) (define-key map [(control p)] 'visual-previous-line) (define-key map [(meta <)] 'visual-beginning-of-buffer) (define-key map [(meta >)] 'visual-end-of-buffer) (define-key map [up] 'visual-previous-line) (define-key map [down] 'visual-next-line) (define-key map [home] 'visual-beginning-of-buffer) (define-key map [end] 'visual-end-of-buffer) (define-key map [left] 'visual-move-to-left-char) (define-key map [right] 'visual-move-to-right-char) (define-key map [(meta left)] 'visual-move-to-left-word) (define-key map [(meta right)] 'visual-move-to-right-word) (if visual-use-lr-commands (progn (define-key map [(control a)] 'visual-left-end-of-line) (define-key map [(control b)] 'visual-move-to-left-char) (define-key map [(control e)] 'visual-right-end-of-line) (define-key map [(control f)] 'visual-move-to-right-char) (define-key map [(meta b)] 'visual-move-to-left-word) (define-key map [(meta f)] 'visual-move-to-right-word)) (define-key map [(control a)] 'visual-beginning-of-line) (define-key map [(control b)] 'visual-backward-char) (define-key map [(control e)] 'visual-end-of-line) (define-key map [(control f)] 'visual-forward-char) (define-key map [(meta b)] 'visual-backward-word) (define-key map [(meta f)] 'visual-forward-word)) (cond ((eq arabic-input-keymap 'arabic-keymap-0) (define-key map [?~] 'arabic-insert-madda) (define-key map [?'] 'arabic-insert-hamza) (define-key map [?a] 'arabic-insert-alif) (define-key map [?_] 'arabic-make-connection) (define-key map [?|] 'arabic-cut-connection)) ((eq arabic-input-keymap 'arabic-keymap-1) (define-key map [?~] 'arabic-insert-madda) (define-key map [?'] 'arabic-insert-hamza) (define-key map [?a] 'arabic-insert-alif) (define-key map [?_] 'arabic-make-connection) (define-key map [?|] 'arabic-cut-connection) (define-key map [(alt \;)] 'arabic-insert-gaaf) (define-key map [(alt v)] 'arabic-insert-isolated-hamza)) (t (define-key map [(alt z)] 'arabic-insert-madda) (define-key map [(alt x)] 'arabic-insert-hamza) (define-key map [(alt h)] 'arabic-insert-alif) (define-key map [(alt _)] 'arabic-make-connection) (define-key map [(alt |)] 'arabic-cut-connection))) map) "minor-mode-keymap for arabic-mode.") (if (not (assq 'arabic-mode minor-mode-map-alist)) (setq minor-mode-map-alist (cons (cons 'arabic-mode arabic-mode-map) minor-mode-map-alist))) (defvar arabic-help-string (cond ((eq arabic-input-keymap 'arabic-keymap-0) "\ Keymap in Arabic-mode +----------------------------------------------------------------+ |! [2](3"[0](B |@ |# |$ |% |^ |& |* |( [2](3#[0](B |) [2](3$[0](B |_ |+ |~ | |1 (2"(B |2 (2#(B |3 (2$(B |4 (2%(B |5 (2&(B |6 (2'(B |7 (2((B |8 (2)(B |9 (2*(B |0 (2!(B |- |= |` [2](4M[0](B| +----------------------------------------------------------------+ |Q |W |E |R |T [2](4E[0](B|Y |U |I |O |P | |q [2](4S[0](B|w [2](3^[0](B |e |r [2](3F[0](B |t [2](4%[0](B|y [2](4_[0](B|u |i |o [2](3<[0](B |p [2](4e[0](B| +--------------------------------------------------------+ |A [2](4][0](B|S [2](4=[0](B|D [2](4A[0](B|F |G [2](4O[0](B|H [2](4-[0](B|J |K [2](41[0](B|L |: [2](3'[0](B |\" [2](3-[0](B | |a [2](38[0](B |s [2](45[0](B|d [2](3B[0](B |f [2](4Q[0](B|g [2](4k[0](B|h [2](3Z[0](B |j [2](4)[0](B|k [2](4U[0](B|l [2](4Y[0](B|; [2](3([0](B |' | +------------------------------------------------------+ |Z [2](4I[0](B|X [2](3h[0](B |C [2](4g[0](B|V |B |N |M |< [2](3*[0](B |> [2](3+[0](B |? [2](3)[0](B | |z [2](3H[0](B |x [2](3D[0](B |c [2](4'[0](B|v |b [2](4#[0](B|n [2](4[[0](B|m [2](3T[0](B |, [2](3%[0](B |. [2](3&[0](B |/ [2](49[0](B| +-------------------------------------------------+") ((eq arabic-input-keymap 'arabic-keymap-1) "\ Keymap in Arabic-mode +--------------+ | ALT SHIFT| +-------------------------------------------------+ |ASCII ARABIC| | [2](3"[0](B | | | | | | | | [2](3#[0](B | [2](3$[0](B | +--------------+ |1 (2"(B |2 (2#(B |3 (2$(B |4 (2%(B |5 (2&(B |6 (2'(B |7 (2((B |8 (2)(B |9 (2*(B |0 (2!(B | +-------------------------------------------------------------+ | | | | | | | | | | | | | |q [2](4A[0](B|w [2](4=[0](B|e [2](4S[0](B|r [2](4Q[0](B|t [2](4O[0](B|y [2](4M[0](B|u [2](3Z[0](B |i |o [2](41[0](B|p [2](4-[0](B|[ [2](4)[0](B|] [2](4g[0](B| +-----------------------------------------------------------+ | | | | [2](4e[0](B| [2](3.[0](B | | | | |[2](4k[0](B [2](3'[0](B| |a [2](49[0](B|s [2](45[0](B|d [2](4_[0](B|f [2](4#[0](B|g [2](38[0](B |h [2](4%[0](B|j [2](4Y[0](B|k [2](4[[0](B|l [2](3T[0](B |; [2](4U[0](B| +---------------------------------------------------+ | | | |[2](3-[0](B [2](30[0](B | [2](3h[0](B | | | [2](3*[0](B | [2](3+[0](B | [2](3)[0](B | |z [2](4I[0](B|x [2](4E[0](B|c [2](3D[0](B |v [2](3B[0](B |b [2](3H[0](B |n [2](3F[0](B |m [2](3^[0](B |, [2](3%[0](B |. [2](3&[0](B |/ | +-------------------------------------------------+") (t "\ +-----------------+ |S-ASCII S-Arabic| | ASCII Arabic | +----+ +-----------------+ || || |\\ \\| +-----------------------------------------------------------+ |! [2](3"[0](B|@ @|# #|$ $|% %|^ ^|& &|* *|( [2](3#[0](B|) [2](3$[0](B|_ _|+ +| |1 (2"(B|2 (2#(B|3 (2$(B|4 (2%(B|5 (2&(B|6 (2'(B|7 (2((B|8 (2)(B|9 (2*(B|0 (2!(B|- -|= =| +-------------------------------------------------------------+ |Q |W |E |R |T [2](3d[0](B|Y [2](34[0](B|U '|I |O |P [2](3([0](B|{ <|} >| | [2](4A[0](B| [2](4=[0](B| [2](4'[0](B| [2](4S[0](B| [2](4Q[0](B| [2](4O[0](B| [2](4M[0](B| [2](3Z[0](B| [2](41[0](B| [2](4-[0](B|[ [2](4)[0](B|] [2](3B[0](B| +-------------------------------------------------------------+ |A |S |D [|F ]|G [2](3c[0](B|H [2](30[0](B|J |K [2](3%[0](B|L /|: [2](3'[0](B|\" \" |~[2](3,[0](B | | [2](49[0](B| [2](45[0](B| [2](4_[0](B| [2](4#[0](B| [2](4Y[0](B| [2](38[0](B| [2](4%[0](B| [2](4[[0](B| [2](3T[0](B|\; [2](4U[0](B|' [2](4E[0](B|` [2](3D[0](B| +-----------------------------------------------------------+ |Z ~|X |C {|V }|B [2](3b[0](B|N [2](3.[0](B|M `|< ,|> [2](3&[0](B|? [2](3)[0](B| | [2](4![0](B| [2](3-[0](B| [2](32[0](B| [2](3F[0](B| [2](3e[0](B| [2](4][0](B| [2](3<[0](B|, [2](3^[0](B|. [2](3H[0](B|/ [2](4I[0](B| +-------------------------------------------------+")) "Document shown by arabic-help (M-z).") ;;;###autoload (defun arabic-mode (&optional arg) "Toggle arabic-mode. With ARG, turn arabic-mode on iff ARG is positive." (interactive "P") (if (null arg) (if arabic-mode (exit-arabic-mode) (enter-arabic-mode)) (if (> (prefix-numeric-value arg) 0) (enter-arabic-mode) (exit-arabic-mode)))) (defun enter-arabic-mode nil "Enter arabic-mode." (interactive) (if (not arabic-mode) (progn (setq arabic-mode t arabic-input-arabic-char t arabic-mode-indicator " [2](3=a:GJ[0](B") (redraw-modeline t) (message "M-z to display arabic keymap.") (run-hooks 'arabic-mode-hooks)))) (defun exit-arabic-mode nil "Exit arabic-mode." (interactive) (if arabic-mode (progn (setq arabic-mode nil) (redraw-modeline t)))) (defconst *arabic-adding-connection-to-right* '((?[2](3.[0](B . ?[2](3/[0](B ) (?[2](3/[0](B . ?[2](3/[0](B ) (?[2](30[0](B . ?[2](31[0](B ) (?[2](31[0](B . ?[2](31[0](B ) (?[2](32[0](B . ?[2](33[0](B ) (?[2](33[0](B . ?[2](33[0](B ) (?[2](34[0](B . ?[2](35[0](B ) (?[2](35[0](B . ?[2](35[0](B ) (?[2](4![0](B . ?[2](4"[0](B) (?[2](36[0](B . ?[2](37[0](B ) (?[2](37[0](B . ?[2](37[0](B ) (?[2](4"[0](B . ?[2](4"[0](B) (?[2](36[0](B . ?[2](37[0](B ) (?[2](37[0](B . ?[2](37[0](B ) (?[2](38[0](B . ?[2](39[0](B ) (?[2](39[0](B . ?[2](39[0](B ) (?[2](4#[0](B . ?[2](4$[0](B) (?[2](3:[0](B . ?[2](3;[0](B ) (?[2](3;[0](B . ?[2](3;[0](B ) (?[2](4$[0](B . ?[2](4$[0](B) (?[2](3<[0](B . ?[2](3=[0](B ) (?[2](3=[0](B . ?[2](3=[0](B ) (?[2](4%[0](B . ?[2](4&[0](B) (?[2](3>[0](B . ?[2](3?[0](B ) (?[2](3?[0](B . ?[2](3?[0](B ) (?[2](4&[0](B . ?[2](4&[0](B) (?[2](4'[0](B . ?[2](4([0](B) (?[2](3@[0](B . ?[2](3A[0](B ) (?[2](3A[0](B . ?[2](3A[0](B ) (?[2](4([0](B . ?[2](4([0](B) (?[2](4)[0](B . ?[2](4,[0](B) (?[2](4*[0](B . ?[2](4+[0](B) (?[2](4+[0](B . ?[2](4+[0](B) (?[2](4,[0](B . ?[2](4,[0](B) (?[2](4-[0](B . ?[2](40[0](B) (?[2](4.[0](B . ?[2](4/[0](B) (?[2](4/[0](B . ?[2](4/[0](B) (?[2](40[0](B . ?[2](40[0](B) (?[2](41[0](B . ?[2](44[0](B) (?[2](42[0](B . ?[2](43[0](B) (?[2](43[0](B . ?[2](43[0](B) (?[2](44[0](B . ?[2](44[0](B) (?[2](3B[0](B . ?[2](3C[0](B ) (?[2](3C[0](B . ?[2](3C[0](B ) (?[2](3D[0](B . ?[2](3E[0](B ) (?[2](3E[0](B . ?[2](3E[0](B ) (?[2](3F[0](B . ?[2](3G[0](B ) (?[2](3G[0](B . ?[2](3G[0](B ) (?[2](3H[0](B . ?[2](3I[0](B ) (?[2](3I[0](B . ?[2](3I[0](B ) (?[2](45[0](B . ?[2](48[0](B) (?[2](46[0](B . ?[2](47[0](B) (?[2](47[0](B . ?[2](47[0](B) (?[2](48[0](B . ?[2](48[0](B) (?[2](49[0](B . ?[2](4<[0](B) (?[2](4:[0](B . ?[2](4;[0](B) (?[2](4;[0](B . ?[2](4;[0](B) (?[2](4<[0](B . ?[2](4<[0](B) (?[2](4=[0](B . ?[2](4@[0](B) (?[2](4>[0](B . ?[2](4?[0](B) (?[2](4?[0](B . ?[2](4?[0](B) (?[2](4@[0](B . ?[2](4@[0](B) (?[2](4A[0](B . ?[2](4D[0](B) (?[2](4B[0](B . ?[2](4C[0](B) (?[2](4C[0](B . ?[2](4C[0](B) (?[2](4D[0](B . ?[2](4D[0](B) (?[2](4E[0](B . ?[2](4H[0](B) (?[2](4F[0](B . ?[2](4G[0](B) (?[2](4G[0](B . ?[2](4G[0](B) (?[2](4H[0](B . ?[2](4H[0](B) (?[2](4I[0](B . ?[2](4L[0](B) (?[2](4J[0](B . ?[2](4K[0](B) (?[2](4K[0](B . ?[2](4K[0](B) (?[2](4L[0](B . ?[2](4L[0](B) (?[2](4M[0](B . ?[2](4N[0](B) (?[2](3J[0](B . ?[2](3K[0](B ) (?[2](3K[0](B . ?[2](3K[0](B ) (?[2](4N[0](B . ?[2](4N[0](B) (?[2](4O[0](B . ?[2](4P[0](B) (?[2](3L[0](B . ?[2](3M[0](B ) (?[2](3M[0](B . ?[2](3M[0](B ) (?[2](4P[0](B . ?[2](4P[0](B) (?[2](4Q[0](B . ?[2](4R[0](B) (?[2](3N[0](B . ?[2](3O[0](B ) (?[2](3O[0](B . ?[2](3O[0](B ) (?[2](4R[0](B . ?[2](4R[0](B) (?[2](4S[0](B . ?[2](4T[0](B) (?[2](3P[0](B . ?[2](3Q[0](B ) (?[2](3Q[0](B . ?[2](3Q[0](B ) (?[2](4T[0](B . ?[2](4T[0](B) (?[2](4U[0](B . ?[2](4X[0](B) (?[2](4V[0](B . ?[2](4W[0](B) (?[2](4W[0](B . ?[2](4W[0](B) (?[2](4X[0](B . ?[2](4X[0](B) (?[2](4Y[0](B . ?[2](4Z[0](B) (?[2](3R[0](B . ?[2](3S[0](B ) (?[2](3S[0](B . ?[2](3S[0](B ) (?[2](4Z[0](B . ?[2](4Z[0](B) (?[2](3T[0](B . ?[2](3W[0](B ) (?[2](3U[0](B . ?[2](3V[0](B ) (?[2](3V[0](B . ?[2](3V[0](B ) (?[2](3W[0](B . ?[2](3W[0](B ) (?[2](4[[0](B . ?[2](4\[0](B) (?[2](3X[0](B . ?[2](3Y[0](B ) (?[2](3Y[0](B . ?[2](3Y[0](B ) (?[2](4\[0](B . ?[2](4\[0](B) (?[2](3Z[0](B . ?[2](3][0](B ) (?[2](3[[0](B . ?[2](3\[0](B ) (?[2](3\[0](B . ?[2](3\[0](B ) (?[2](3][0](B . ?[2](3][0](B ) (?[2](3^[0](B . ?[2](3_[0](B ) (?[2](3_[0](B . ?[2](3_[0](B ) (?[2](4][0](B . ?[2](4^[0](B) (?[2](4^[0](B . ?[2](4^[0](B) (?[2](4_[0](B . ?[2](4`[0](B) (?[2](3`[0](B . ?[2](3a[0](B ) (?[2](3a[0](B . ?[2](3a[0](B ) (?[2](4`[0](B . ?[2](4`[0](B) (?[2](3b[0](B . ?[2](4a[0](B) (?[2](4a[0](B . ?[2](4a[0](B) (?[2](3c[0](B . ?[2](4b[0](B) (?[2](4b[0](B . ?[2](4b[0](B) (?[2](3d[0](B . ?[2](4c[0](B) (?[2](4c[0](B . ?[2](4c[0](B) (?[2](3e[0](B . ?[2](4d[0](B) (?[2](4d[0](B . ?[2](4d[0](B) (?[2](4e[0](B . ?[2](4f[0](B) (?[2](3f[0](B . ?[2](3g[0](B ) (?[2](3g[0](B . ?[2](3g[0](B ) (?[2](4f[0](B . ?[2](4f[0](B) (?[2](4g[0](B . ?[2](4j[0](B) (?[2](4h[0](B . ?[2](4i[0](B) (?[2](4i[0](B . ?[2](4i[0](B) (?[2](4j[0](B . ?[2](4j[0](B) (?[2](3h[0](B . ?[2](3i[0](B ) (?[2](3i[0](B . ?[2](3i[0](B ) (?[2](4k[0](B . ?[2](4n[0](B) (?[2](4l[0](B . ?[2](4m[0](B) (?[2](4m[0](B . ?[2](4m[0](B) (?[2](4n[0](B . ?[2](4n[0](B))) (defconst *arabic-adding-connection-to-left* '((?[2](4 (?[2](36[0](B . ?[2](36[0](B ) (?[2](37[0](B . ?[2](37[0](B ) (?[2](4"[0](B . ?[2](37[0](B) (?[2](4#[0](B . ?[2](3:[0](B ) (?[2](3:[0](B . ?[2](3:[0](B ) (?[2](3;[0](B . ?[2](3;[0](B ) (?[2](4$[0](B . ?[2](3;[0](B ) (?[2](4%[0](B . ?[2](3>[0](B ) (?[2](3>[0](B . ?[2](3>[0](B ) (?[2](3?[0](B . ?[2](3?[0](B ) (?[2](4&[0](B . ?[2](3?[0](B ) (?[2](4'[0](B . ?[2](3@[0](B ) (?[2](3@[0](B . ?[2](3@[0](B ) (?[2](3A[0](B . ?[2](3A[0](B ) (?[2](4([0](B . ?[2](3A[0](B ) (?[2](4)[0](B . ?[2](4*[0](B) (?[2](4*[0](B . ?[2](4*[0](B) (?[2](4+[0](B . ?[2](4+[0](B) (?[2](4,[0](B . ?[2](4+[0](B) (?[2](4-[0](B . ?[2](4.[0](B) (?[2](4.[0](B . ?[2](4.[0](B) (?[2](4/[0](B . ?[2](4/[0](B) (?[2](40[0](B . ?[2](4/[0](B) (?[2](41[0](B . ?[2](42[0](B) (?[2](42[0](B . ?[2](42[0](B) (?[2](43[0](B . ?[2](43[0](B) (?[2](44[0](B . ?[2](43[0](B) (?[2](45[0](B . ?[2](46[0](B) (?[2](46[0](B . ?[2](46[0](B) (?[2](47[0](B . ?[2](47[0](B) (?[2](48[0](B . ?[2](47[0](B) (?[2](49[0](B . ?[2](4:[0](B) (?[2](4:[0](B . ?[2](4:[0](B) (?[2](4;[0](B . ?[2](4;[0](B) (?[2](4<[0](B . ?[2](4;[0](B) (?[2](4=[0](B . ?[2](4>[0](B) (?[2](4>[0](B . ?[2](4>[0](B) (?[2](4?[0](B . ?[2](4?[0](B) (?[2](4@[0](B . ?[2](4?[0](B) (?[2](4A[0](B . ?[2](4B[0](B) (?[2](4B[0](B . ?[2](4B[0](B) (?[2](4C[0](B . ?[2](4C[0](B) (?[2](4D[0](B . ?[2](4C[0](B) (?[2](4E[0](B . ?[2](4F[0](B) (?[2](4F[0](B . ?[2](4F[0](B) (?[2](4G[0](B . ?[2](4G[0](B) (?[2](4H[0](B . ?[2](4G[0](B) (?[2](4I[0](B . ?[2](4J[0](B) (?[2](4J[0](B . ?[2](4J[0](B) (?[2](4K[0](B . ?[2](4K[0](B) (?[2](4L[0](B . ?[2](4K[0](B) (?[2](4M[0](B . ?[2](3J[0](B ) (?[2](3J[0](B . ?[2](3J[0](B ) (?[2](3K[0](B . ?[2](3K[0](B ) (?[2](4N[0](B . ?[2](3K[0](B ) (?[2](4O[0](B . ?[2](3L[0](B ) (?[2](3L[0](B . ?[2](3L[0](B ) (?[2](3M[0](B . ?[2](3M[0](B ) (?[2](4P[0](B . ?[2](3M[0](B ) (?[2](4Q[0](B . ?[2](3N[0](B ) (?[2](3N[0](B . ?[2](3N[0](B ) (?[2](3O[0](B . ?[2](3O[0](B ) (?[2](4R[0](B . ?[2](3O[0](B ) (?[2](4S[0](B . ?[2](3P[0](B ) (?[2](3P[0](B . ?[2](3P[0](B ) (?[2](3Q[0](B . ?[2](3Q[0](B ) (?[2](4T[0](B . ?[2](3Q[0](B ) (?[2](4U[0](B . ?[2](4V[0](B) (?[2](4V[0](B . ?[2](4V[0](B) (?[2](4W[0](B . ?[2](4W[0](B) (?[2](4X[0](B . ?[2](4W[0](B) (?[2](4Y[0](B . ?[2](3R[0](B ) (?[2](3R[0](B . ?[2](3R[0](B ) (?[2](3S[0](B . ?[2](3S[0](B ) (?[2](4Z[0](B . ?[2](3S[0](B ) (?[2](3T[0](B . ?[2](3U[0](B ) (?[2](3U[0](B . ?[2](3U[0](B ) (?[2](3V[0](B . ?[2](3V[0](B ) (?[2](3W[0](B . ?[2](3V[0](B ) (?[2](4[[0](B . ?[2](3X[0](B ) (?[2](3X[0](B . ?[2](3X[0](B ) (?[2](3Y[0](B . ?[2](3Y[0](B ) (?[2](4\[0](B . ?[2](3Y[0](B ) (?[2](3Z[0](B . ?[2](3[[0](B ) (?[2](3[[0](B . ?[2](3[[0](B ) (?[2](3\[0](B . ?[2](3\[0](B ) (?[2](3][0](B . ?[2](3\[0](B ) (?[2](4_[0](B . ?[2](3`[0](B ) (?[2](3`[0](B . ?[2](3`[0](B ) (?[2](3a[0](B . ?[2](3a[0](B ) (?[2](4`[0](B . ?[2](3a[0](B ) (?[2](4e[0](B . ?[2](3f[0](B ) (?[2](3f[0](B . ?[2](3f[0](B ) (?[2](3g[0](B . ?[2](3g[0](B ) (?[2](4f[0](B . ?[2](3g[0](B) (?[2](4g[0](B . ?[2](4h[0](B) (?[2](4h[0](B . ?[2](4h[0](B) (?[2](4i[0](B . ?[2](4i[0](B) (?[2](4j[0](B . ?[2](4i[0](B) (?[2](4k[0](B . ?[2](4l[0](B) (?[2](4l[0](B . ?[2](4l[0](B) (?[2](4m[0](B . ?[2](4m[0](B) (?[2](4n[0](B . ?[2](4m[0](B))) (defconst *arabic-removing-connection-from-right* '((?[2](3/[0](B . ?[2](3.[0](B ) (?[2](31[0](B . ?[2](30[0](B ) (?[2](33[0](B . ?[2](32[0](B ) (?[2](35[0](B . ?[2](34[0](B ) (?[2](4"[0](B . ?[2](4 (?[2](37[0](B . ?[2](36[0](B ) (?[2](39[0](B . ?[2](38[0](B ) (?[2](4$[0](B . ?[2](4#[0](B) (?[2](3;[0](B . ?[2](3:[0](B ) (?[2](3=[0](B . ?[2](3<[0](B ) (?[2](4&[0](B . ?[2](4%[0](B) (?[2](3?[0](B . ?[2](3>[0](B ) (?[2](4([0](B . ?[2](4'[0](B) (?[2](3A[0](B . ?[2](3@[0](B ) (?[2](4,[0](B . ?[2](4)[0](B) (?[2](4+[0](B . ?[2](4*[0](B) (?[2](40[0](B . ?[2](4-[0](B) (?[2](4/[0](B . ?[2](4.[0](B) (?[2](44[0](B . ?[2](41[0](B) (?[2](43[0](B . ?[2](42[0](B) (?[2](3C[0](B . ?[2](3B[0](B ) (?[2](3E[0](B . ?[2](3D[0](B ) (?[2](3G[0](B . ?[2](3F[0](B ) (?[2](3I[0](B . ?[2](3H[0](B ) (?[2](48[0](B . ?[2](45[0](B) (?[2](47[0](B . ?[2](46[0](B) (?[2](4<[0](B . ?[2](49[0](B) (?[2](4;[0](B . ?[2](4:[0](B) (?[2](4@[0](B . ?[2](4=[0](B) (?[2](4?[0](B . ?[2](4>[0](B) (?[2](4D[0](B . ?[2](4A[0](B) (?[2](4C[0](B . ?[2](4B[0](B) (?[2](4H[0](B . ?[2](4E[0](B) (?[2](4G[0](B . ?[2](4F[0](B) (?[2](4L[0](B . ?[2](4I[0](B) (?[2](4K[0](B . ?[2](4J[0](B) (?[2](4N[0](B . ?[2](4M[0](B) (?[2](3K[0](B . ?[2](3J[0](B ) (?[2](4P[0](B . ?[2](4O[0](B) (?[2](3M[0](B . ?[2](3L[0](B ) (?[2](4R[0](B . ?[2](4Q[0](B) (?[2](3O[0](B . ?[2](3N[0](B ) (?[2](4T[0](B . ?[2](4S[0](B) (?[2](3Q[0](B . ?[2](3P[0](B ) (?[2](4X[0](B . ?[2](4U[0](B) (?[2](4W[0](B . ?[2](4V[0](B) (?[2](4Z[0](B . ?[2](4Y[0](B) (?[2](3S[0](B . ?[2](3R[0](B ) (?[2](3W[0](B . ?[2](3T[0](B ) (?[2](3V[0](B . ?[2](3U[0](B ) (?[2](4\[0](B . ?[2](4[[0](B) (?[2](3Y[0](B . ?[2](3X[0](B ) (?[2](3][0](B . ?[2](3Z[0](B ) (?[2](3\[0](B . ?[2](3[[0](B ) (?[2](3_[0](B . ?[2](3^[0](B ) (?[2](4^[0](B . ?[2](4][0](B) (?[2](4`[0](B . ?[2](4_[0](B) (?[2](3a[0](B . ?[2](3`[0](B ) (?[2](4a[0](B . ?[2](3b[0](B ) (?[2](4b[0](B . ?[2](3c[0](B ) (?[2](4c[0](B . ?[2](3d[0](B ) (?[2](4d[0](B . ?[2](3e[0](B ) (?[2](4f[0](B . ?[2](4e[0](B) (?[2](3g[0](B . ?[2](3f[0](B ) (?[2](4j[0](B . ?[2](4g[0](B) (?[2](4i[0](B . ?[2](4h[0](B) (?[2](3i[0](B . ?[2](3h[0](B) (?[2](4n[0](B . ?[2](4k[0](B) (?[2](4m[0](B . ?[2](4l[0](B))) (defconst *arabic-removing-connection-from-left* '((?[2](36[0](B . ?[2](4 (?[2](37[0](B . ?[2](4"[0](B) (?[2](3:[0](B . ?[2](4#[0](B) (?[2](3;[0](B . ?[2](4$[0](B) (?[2](3>[0](B . ?[2](4%[0](B) (?[2](3?[0](B . ?[2](4&[0](B) (?[2](3@[0](B . ?[2](4'[0](B) (?[2](3A[0](B . ?[2](4([0](B) (?[2](4*[0](B . ?[2](4)[0](B) (?[2](4+[0](B . ?[2](4,[0](B) (?[2](4.[0](B . ?[2](4-[0](B) (?[2](4/[0](B . ?[2](40[0](B) (?[2](42[0](B . ?[2](41[0](B) (?[2](43[0](B . ?[2](44[0](B) (?[2](46[0](B . ?[2](45[0](B) (?[2](47[0](B . ?[2](48[0](B) (?[2](4:[0](B . ?[2](49[0](B) (?[2](4;[0](B . ?[2](4<[0](B) (?[2](4>[0](B . ?[2](4=[0](B) (?[2](4?[0](B . ?[2](4@[0](B) (?[2](4D[0](B . ?[2](4A[0](B) (?[2](4C[0](B . ?[2](4A[0](B) (?[2](4F[0](B . ?[2](4E[0](B) (?[2](4G[0](B . ?[2](4H[0](B) (?[2](4J[0](B . ?[2](4I[0](B) (?[2](4K[0](B . ?[2](4L[0](B) (?[2](3J[0](B . ?[2](4M[0](B) (?[2](3K[0](B . ?[2](4N[0](B) (?[2](3L[0](B . ?[2](4O[0](B) (?[2](3M[0](B . ?[2](4P[0](B) (?[2](3N[0](B . ?[2](4Q[0](B) (?[2](3O[0](B . ?[2](4R[0](B) (?[2](3P[0](B . ?[2](4S[0](B) (?[2](3Q[0](B . ?[2](4T[0](B) (?[2](4V[0](B . ?[2](4U[0](B) (?[2](4W[0](B . ?[2](4X[0](B) (?[2](3R[0](B . ?[2](4Y[0](B) (?[2](3S[0](B . ?[2](4Z[0](B) (?[2](3U[0](B . ?[2](3T[0](B ) (?[2](3V[0](B . ?[2](3W[0](B ) (?[2](3X[0](B . ?[2](4[[0](B) (?[2](3Y[0](B . ?[2](4\[0](B) (?[2](3[[0](B . ?[2](3Z[0](B ) (?[2](3\[0](B . ?[2](3][0](B ) (?[2](3`[0](B . ?[2](4_[0](B) (?[2](3a[0](B . ?[2](4`[0](B) (?[2](4h[0](B . ?[2](4g[0](B) (?[2](4i[0](B . ?[2](4j[0](B) (?[2](4l[0](B . ?[2](4k[0](B) (?[2](4m[0](B . ?[2](4n[0](B))) (defun arabic-make-connection nil "If possible, tie the two characters around the cursor." (interactive) (let ((lch (assoc (visual-char-left) *arabic-adding-connection-to-right*)) (rch (assoc (visual-char-right) *arabic-adding-connection-to-left*))) (if (not (and lch rch)) (arabic-cut-connection) (visual-replace-left-1-char (cdr lch)) (visual-replace-right-1-char (cdr rch))))) (defun arabic-cut-connection nil "Remove the connection between the two characters around the cursor, if any." (interactive) (let ((lch (assoc (visual-char-left) *arabic-removing-connection-from-right*)) (rch (assoc (visual-char-right) *arabic-removing-connection-from-left*))) (if lch (visual-replace-left-1-char (cdr lch))) (if rch (visual-replace-right-1-char (cdr rch))))) (defun arabic-insert-char (ch arg) "Insert ARG (2nd arg; > 0) number of CHs (1st arg; character) around visual point. If CH is l2r, inserted on the left. Otherwise, on the right." (while (> arg 0) (arabic-insert-1-char ch) (setq arg (1- arg)))) (defun arabic-insert-1-char (ch) "Insert CH (1st arg; character) around visual point. If CH is l2r, inserted on the left. Otherwise, on the right." (if (= (visual-char-direction ch) 0) ; if visual-char-direction = 0, always disjoint. (progn (arabic-cut-connection) (visual-insert-left-1-char ch)) (visual-insert-left-1-char ch) (arabic-make-connection) (visual-move-to-left-1-char) (arabic-make-connection))) (defun arabic-self-insert-command (arg) "Self-insert-command for arabic-mode." (interactive "*p") (let ((ch last-command-char)) (if arabic-input-arabic-char (setq ch (aref arabic-translate-table (- ch 32)))) (if (null ch) (beep) (while (> arg 0) (arabic-keyboard-insert-1-char ch) (setq arg (1- arg)))))) (defun arabic-keyboard-insert-1-char (ch) "Insert CH (1st arg; Arabic character) at visual cursor position. if last-command is arabic-cut-connection, CH will not connected to the right adjacent character (but connected to the left, if possible)." (let ((rch (visual-char-right))) (cond ((= (visual-char-direction ch) 0) (arabic-cut-connection) (visual-insert-left-1-char ch)) ((eq last-command 'arabic-cut-connection) (visual-insert-right-1-char ch) (arabic-make-connection)) (t (arabic-insert-1-char ch))))) (defun arabic-insert-gaaf (arg) "Insert gaaf as if it were typed from keyboard." (interactive "*p") (while (> arg 0) (arabic-keyboard-insert-1-char ?[2](4k[0](B) (setq arg (1- arg)))) (defun arabic-insert-isolated-hamza (arg) "Insert an isolated hamza as if it were typed from keyboard." (interactive "*p") (while (> arg 0) (arabic-keyboard-insert-1-char ?[2](3-[0](B) (setq arg (1- arg)))) (defun arabic-insert-madda nil "Put madda on the previous alif." (interactive) (let ((rch (visual-char-right))) (cond ((eq rch ?[2](38[0](B ) (visual-replace-right-1-char ?[2](3.[0](B )) ((eq rch ?[2](39[0](B ) (visual-replace-right-1-char ?[2](3/[0](B )) ((eq rch ?[2](3e[0](B ) (visual-replace-right-1-char ?[2](3b[0](B )) ((eq rch ?[2](4d[0](B) (visual-replace-right-1-char ?[2](4a[0](B)) (t (beep))))) (defun arabic-insert-alif (arg) "Insert ARG number of alif's. If the previous character is a laam, replace it with an alif+laam ligature." (interactive "*p") (let (rch) (while (> arg 0) (setq rch (visual-char-right)) (cond ((eq last-command 'arabic-cut-connection) (visual-insert-right-1-char ?[2](38[0](B)) ((or (eq rch ?[2](4Y[0](B) (eq rch ?[2](3R[0](B )) (visual-replace-right-1-char ?[2](3e[0](B )) ((or (eq rch ?[2](3S[0](B ) (eq rch ?[2](4Z[0](B)) (visual-replace-right-1-char ?[2](4d[0](B)) (t (visual-insert-left-1-char ?[2](38[0](B ) (arabic-make-connection) (visual-move-to-left-1-char))) (setq arg (1- arg))) (arabic-cut-connection))) (defun arabic-insert-hamza (arg) "Insert ARG number of hamza's. Put it on/under previous characters, if possible." (interactive "*p") (let (rch) (while (> arg 0) (setq rch (visual-char-right)) (cond ((eq last-command 'arabic-cut-connection) (visual-insert-right-1-char ?[2](3-[0](B)) ((eq rch ?[2](38[0](B ) (visual-replace-right-1-char ?[2](30[0](B )) ((eq rch ?[2](39[0](B ) (visual-replace-right-1-char ?[2](31[0](B )) ((eq rch ?[2](30[0](B ) (visual-replace-right-1-char ?[2](34[0](B )) ((eq rch ?[2](31[0](B ) (visual-replace-right-1-char ?[2](35[0](B )) ((eq rch ?[2](3^[0](B ) (visual-replace-right-1-char ?[2](32[0](B )) ((eq rch ?[2](3_[0](B ) (visual-replace-right-1-char ?[2](33[0](B )) ((eq rch ?[2](4_[0](B) (visual-replace-right-1-char ?[2](4) ((eq rch ?[2](3`[0](B ) (visual-replace-right-1-char ?[2](36[0](B )) ((eq rch ?[2](3a[0](B ) (visual-replace-right-1-char ?[2](37[0](B )) ((eq rch ?[2](4`[0](B) (visual-replace-right-1-char ?[2](4"[0](B)) ((eq rch ?[2](4][0](B) (visual-replace-right-1-char ?[2](4) ((eq rch ?[2](4^[0](B) (visual-replace-right-1-char ?[2](4"[0](B)) ((eq rch ?[2](3e[0](B ) (visual-replace-right-1-char ?[2](3c[0](B )) ((eq rch ?[2](4d[0](B) (visual-replace-right-1-char ?[2](4b[0](B)) ((eq rch ?[2](3c[0](B ) (visual-replace-right-1-char ?[2](3d[0](B )) ((eq rch ?[2](4b[0](B) (visual-replace-right-1-char ?[2](4c[0](B)) (t (arabic-cut-connection) (visual-insert-right-1-char ?[2](3-[0](B))) (setq arg (1- arg))))) (defun arabic-toggle-input-char nil "Toggle Arabic key input and ASCII key input." (interactive) (if arabic-input-arabic-char (setq arabic-input-arabic-char nil arabic-mode-indicator " Arabic") (setq arabic-input-arabic-char t arabic-mode-indicator " [2](3=a:GJ[0](B")) (redraw-modeline t)) (defun arabic-newline (arg) "Newline for arabic-mode." (interactive "*p") (arabic-insert-char ?\n arg)) (defun arabic-open-line (arg) "Openline for arabic-mode." (interactive "*p") (arabic-insert-char ?\n arg) (visual-backward-char arg)) (defun arabic-delete-char (arg) "Delete ARG (1st arg; integer) chars visually after visual point. After that, Arabic ligature is performed." (interactive "*p") (visual-delete-char arg) (arabic-make-connection)) (defun arabic-backward-delete-char (arg) "Delete ARG (1st arg; integer) chars visually before visual point. After that, Arabic ligature is performed." (interactive "*p") (visual-backward-delete-char arg) (arabic-make-connection)) (defun arabic-kill-region (beg end) "Kill-region command for arabic-mode." (interactive "r") (if (or (and buffer-read-only (not inhibit-read-only)) (text-property-not-all beg end 'read-only nil)) (visual-kill-region beg end) (visual-kill-region beg end) (arabic-make-connection))) (defun arabic-kill-word (arg) "Kill-word command for arabic-mode." (interactive "*p") (visual-kill-word arg) (arabic-make-connection)) (defun arabic-backward-kill-word (arg) "Backword-ill-word command for arabic-mode." (interactive "*p") (visual-backward-kill-word arg) (arabic-make-connection)) (defun arabic-kill-line (&optional arg) "Kill-line command for arabic-mode." (interactive "*P") (visual-kill-line arg) (arabic-make-connection)) (defun arabic-yank (&optional arg) "yank command for arabic-mode." (interactive "*P") (visual-yank arg) (let ((p1 (point)) (p2 (mark t))) (arabic-make-connection) (goto-char p2) (arabic-make-connection) (goto-char p1) (set-marker (mark-marker) p2 (current-buffer)) nil)) (defun arabic-yank-pop (arg) "yank-pop command for arabic-mode." (interactive "*p") (visual-yank-pop arg) (let ((p1 (point)) (p2 (mark t))) (arabic-make-connection) (goto-char p2) (arabic-make-connection) (goto-char p1) (set-marker (mark-marker) p2 (current-buffer)) nil)) (defun arabic-help nil "Display keymap in Arabic-mode." (interactive) (let ((arabic-help-buffer (get-buffer-create "*Help*"))) (set-buffer arabic-help-buffer) (erase-buffer) (insert arabic-help-string) (goto-char (point-min)) (display-buffer (current-buffer)))) ;; arabic LR commands (defun arabic-delete-left-char (arg) "Kill N (1st arg; integer) characters on the left of visual point." (interactive "*p") (if display-direction (arabic-delete-char arg) (arabic-backward-delete-char arg))) (defun arabic-delete-right-char (arg) "Kill N (1st arg; integer) characters on the right of visual point." (interactive "*p") (if display-direction (arabic-backward-delete-char arg) (arabic-delete-char arg))) (defun arabic-kill-left-word (arg) "Kill N (1st arg; integer) words on the left of visual point." (interactive "*p") (if display-direction (arabic-kill-word arg) (arabic-backward-kill-word arg))) (defun arabic-kill-right-word (arg) "Kill N (1st arg; integer) words on the right of visual point." (interactive "*p") (if display-direction (arabic-backward-kill-word arg) (arabic-kill-word arg))) ;;; (provide 'arabic)